You will be architecting Touch sensing systems and the ASICs required to realize them. You will also be expected to take high level user requirements and create a realizable system that meets these goals. This will include high level modeling of proposed solutions along with creating detailed specifications of the requirements. This is a highly cross-functional role and you will work collaboratively to identify critical aspects of how the design will interact with the overall include: Creating Touch sensor digital system architectureDeveloping high performance low power signal processing architectures and sensing algorithms to achieve the best touch solutionsAuthoring detailed specifications analyses and characterization plans for touch system ASICs based on these architecturesDefining System-level and IC micro-architecture of complex digital and mixed-signal ASICs including requirements for: ARM processing memory bus DSP sub-systems Power Management clocking I/O interfaces and peripherals Defining common Digital platform architecture framework including design methodology and best practices to be used as a reference for the Architecture teamOptimizing designs across multiple disciplines including Hardware/Firmware design partitioning trade-off assessments design checking and tolerance analysisContributing technical assessments to strategic decision-making relating to technology and investmentsPerforming defect root cause analysis and resolution including diligent bug database trackingCommunicating program status technical issues risks and mitigations plans clearly and conciselyMinimal business travel as needed to support product development
BS and a minimum of 10 years relevant industry experience
Experience leading chip architecture and/or digital design is desirable preferably in touch or communications
Experience developing and launching high volume IC designs
Strong electrical engineering background in embedded system design including: ASIC microarchitecture computer architecture SoC architecture and custom or standard DSP or hardware accelerator microarchitecture
Experience in FPGA emulation system design preferred including leading pre-silicon system validation prototype bring-up debug validation characterization and module integration support
Excellent written and verbal communication skills and solid teamwork and leadership skills
Experience with IC bring-up and debug
Proficiency in MATLAB Verilog or similar simulation design and modeling tools
Experience with DSP and/or algorithm development is a plus
Direct experience with touch technology and/or flat panel display technology is beneficial
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